Graphene Companies and the Public Funding Behind Them

Graphene — a single layer of carbon atoms, stronger than steel and a remarkable conductor — went from a 2004 lab curiosity to a commercial industry. Behind that industry is a long trail of public R&D funding: governments betting on companies willing to do the hard, uncertain work of turning a wonder-material into products.

This is a sourced look at UK graphene companies and the funding they’ve won, drawn from UKRI’s Gateway to Research, the official record of publicly funded UK research and innovation. Every figure links to its primary source. The point isn’t just who’s who — it’s to show, concretely, that technical R&D in this field *gets funded*, and what that funding looks like.

Who’s been funded, and for what

The companies span the whole graphene value chain — producers, formulators, and the firms building graphene into real products:

• Paragraf — the UK’s highest-profile graphene-electronics company, building graphene transistors and sensors. Its Innovate UK-backed work includes £718,617 for *MaGIC Memory*, a project to build a novel semiconductor memory using graphene electronic devices, and an earlier £159,899 collaboration with Queen Mary University of London on graphene-OLED displays.
• First Graphene — a leading graphene producer, funded (£7,764) to measure graphene dispersion in cement, part of decarbonising one of the world’s most carbon-intensive industries.
• Levidian Nanosystems — £12,430 for *iFLAG*, fast bulk analysis of graphene as production scales from lab to commercial volumes.
• Haydale Composite Solutions — £89,265 to analyse graphene dispersion in laminated composites, a core quality problem for graphene-reinforced materials.
• Integrated Graphene — £10,122 for gas sensing on a novel 3D graphene-foam electrode produced in seconds.
• Nuonano — £260,711 for a variable-volume reactor to mass-produce graphene for lithium-ion batteries.
• Universal Matter (Applied Graphene Materials), Thomas Swan, Zapgocharger, Green Graphene, NetComposites, and others round out a field where most funded work targets a specific technical bottleneck — dispersion, quality control, scalable production — rather than graphene in the abstract.

Funding on record

All figures from UKRI Gateway to Research (Innovate UK-led projects). Each reference links to the official record:

(A selection; one company may hold several awards. See the source data for the full record.)

The pattern: funded work is *defined, technical* work

Notice what these grants fund. Not “graphene” as a theme — a specific technical uncertainty: can we disperse it evenly in cement? Can we pattern it with a laser? Can we mass-produce it in a variable-volume reactor? Each project names a problem a competent professional couldn’t simply look up, and proposes to resolve it experimentally. That’s exactly the definition of qualifying R&D — and it’s why these companies were fundable.

Could your company be on a list like this?

If you’re doing genuine technical R&D — in graphene or anything else — there’s a good chance some of it is fundable, through grants like these or through R&D tax credits that recover a share of what you spend. The companies above didn’t get funded for having a good idea; they got funded for defined technical work they could describe and, ultimately, evidence.

That’s the catch that decides every grant and every claim: the funding rests on a defensible record of what technical uncertainty you tackled, who worked on it, and what you found — captured as the work happens. For how to build that record, see how to document R&D for a claim and the broader non-dilutive funding toolkit.

—

Source. Funding data from UKRI Gateway to Research. Contains public sector information licensed under the Open Government Licence v3.0. Figures reflect the record on 22 June 2026.